Most denitrifying bacteria reduce nitrate to the inert gases nitrous oxide or nitrogen. A remarkable exception to this is Rhizobium sullae strain HCNT1, which catalyses only a single step in the denitrification pathway, the reduction of nitrite to the reactive molecule nitric oxide. Further study demonstrated that HCNT1 does not encode the genes for NO reductase. Prolonged incubation of HCNT1 under anoxic conditions revealed that the cells had reduced culturability but not viability when nitrite was present. This may indicate an adaptation to anoxic conditions to provide resistance to environmental stresses. A closely related strain of R. sullae, strain CC1335, which is unable to denitrify, was found to lose culturability but not viability ...
Hedysrum coronarium is a forage legume present in all the mediterranean basin known and studied for ...
Rhizobia are soil bacteria typically able to symbiotically interact with legume plants to produce ni...
Rhizobium "hedysari" HCNT1 and Sinorhizobium meliloti 41 were investigated and compared for their ab...
Most denitrifying bacteria reduce nitrate to the inert gases nitrous oxide or nitrogen. A remarkable...
Rhizobium sullae, formerly Rhizobium \u2019hedysari\u2019, is a nitrogen fixing bacterium that induc...
Several strains belonging to the symbiotic, nitrogen fixing species of Rhizobium, Bradyrhizobium and...
Rhizobium sullae is an unusual and unique bacterium due to the radical truncation of its denitrifica...
Rhizobium ''hedysari'' HCNT1 is an unclassified rhizobium which contains a nitric oxide-producing ni...
In a soil bacterial strain the presence of a specific gene and of the consequent encoded enzyme has ...
Rhizobium “hedysari” HCNT1 is an unclassified rhizobium which contains a nitric oxide-producing nitr...
Rhizobium sullae strain HCNT1 contains a nitric oxide-producing nitrite reductase of unknown functio...
Rhizobium sullae strain HCNT1 contains a nitric oxide-producing nitrite reductase of unknown functio...
Rhizobium \u201chedysari\u201d strain HCNT 1 rapidly reduced nitrite to N2O, only slowly reduced nit...
During the last few years an attempt to determine the role of the gene encoding nitrite reductase, n...
Ex planta, bacteroids of the sulla-symbiont Rhizobium “hedysari” strain HCNT 1 terminated reduction ...
Hedysrum coronarium is a forage legume present in all the mediterranean basin known and studied for ...
Rhizobia are soil bacteria typically able to symbiotically interact with legume plants to produce ni...
Rhizobium "hedysari" HCNT1 and Sinorhizobium meliloti 41 were investigated and compared for their ab...
Most denitrifying bacteria reduce nitrate to the inert gases nitrous oxide or nitrogen. A remarkable...
Rhizobium sullae, formerly Rhizobium \u2019hedysari\u2019, is a nitrogen fixing bacterium that induc...
Several strains belonging to the symbiotic, nitrogen fixing species of Rhizobium, Bradyrhizobium and...
Rhizobium sullae is an unusual and unique bacterium due to the radical truncation of its denitrifica...
Rhizobium ''hedysari'' HCNT1 is an unclassified rhizobium which contains a nitric oxide-producing ni...
In a soil bacterial strain the presence of a specific gene and of the consequent encoded enzyme has ...
Rhizobium “hedysari” HCNT1 is an unclassified rhizobium which contains a nitric oxide-producing nitr...
Rhizobium sullae strain HCNT1 contains a nitric oxide-producing nitrite reductase of unknown functio...
Rhizobium sullae strain HCNT1 contains a nitric oxide-producing nitrite reductase of unknown functio...
Rhizobium \u201chedysari\u201d strain HCNT 1 rapidly reduced nitrite to N2O, only slowly reduced nit...
During the last few years an attempt to determine the role of the gene encoding nitrite reductase, n...
Ex planta, bacteroids of the sulla-symbiont Rhizobium “hedysari” strain HCNT 1 terminated reduction ...
Hedysrum coronarium is a forage legume present in all the mediterranean basin known and studied for ...
Rhizobia are soil bacteria typically able to symbiotically interact with legume plants to produce ni...
Rhizobium "hedysari" HCNT1 and Sinorhizobium meliloti 41 were investigated and compared for their ab...